0070.2511.A2

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The 0070.2511.A2 Varistor, MOV, is a voltage-dependent, non-linear device that works by diverting and suppress transient voltages. It is mainly used in power distribution, communications, and other devices with highly sensitive components. In other words, it is a specialized type of resistor that helps protect the circuits and components from transients.

A Varistor, MOV, is composed of alternating layers of zinc oxide pellets with different dopant materials. The grains on the pellets are typically between 500μm and 600μm in diameter. When the applied voltage on a Varistor, MOV, reaches a certain level, known as the breakdown voltage, the pellets in the device become conductive, leading to the divert or suppression of transients.

The 0070.2511.A2 is a metal oxide varistor (MOV) with a maximum dissipation power of 4.5W and a breakdown voltage of 11V. It requires a maximum power supply of 18V and is suitable for use in 120V ac networks. The device also has excellent surge characteristics, and its protection capabilities extend up to 8.2kV surge rating. It features a self-recovery design, which means it resumes its normal operations once the surge is over. Furthermore, it can operate at temperatures ranging from 0 to +85C.

In terms of applications, the 0070.2511.A2 Varistor, MOV, is generally used for surge protection of high-value or sensitive electronic circuits. Additionally, it can also be used to dampen noise on the power line. Its low profile design and high current capacity make it suitable for use in environments with limited space. Furthermore, it is also suitable for use in commercial and industrial applications that require more protection.

The 0070.2511.A2 Varistor, MOV, is a highly reliable and durable device which provides enhanced levels of protection against transient surges. Its unique construction allows it to work efficiently at high temperatures without compromising its performance. Additionally, its self-healing characteristic ensures that it can reset itself to its normal state after a surge. Furthermore, its excellent current capacity and wide operating temperature range make it a great choice for all types of surge protection applications.

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